... Abstract A case study in the Uinta Basin integrated multiple diagnostic measurements to understand the interaction between mechanical stratigraphy, fracture geometry and effective drainage for horizontal wells landed within different benches. In the center of a planned development cube...

... than the author without the written consent of URTeC is prohibited. Abstract In this study, we present a workflow of integrating geochemistry-based reservoir characterization and drainage data, other diagnostic data such as pressure and tracer, along with production data to enable datadriven decision...

... Abstract This paper builds upon our industry's history of experimenting to learn/innovate (Fast 1952, Northrop et al. 1984, Fast et al. 1993, Warpinski et al. 1993, Cipolla et al. 2008, Raterman et al. 2017). We introduce the innovative concept of Augmented Drainage Development (ADD...

... Abstract In this study, we present how integration of geochemical reservoir characterization and drainage data combined with petrophysical analysis, production and pressure data offers key learnings for optimal field development. Through data analysis and comparison of 4 adjacent areas...

... conference artificial intelligence geochemical characterization acreage allocation gauge united states government asset and portfolio management geological subdiscipline midland basin drainage composition workflow interference tlg mbbu acreage geomodel Abstract Determining optimal...

... play mudrock reservoir geomechanics communication permeability enhancement shale reservoir petroleum play type energy economics parent-child well interaction depletion simulation interpretation calibration drainage unconventional resource technology conference lithofacies URTeC...

... reservoir characterization upstream oil & gas geochemical characterization structural geology drainage oil sample complex reservoir production allocation contribution urtec 3722977 drainage profile asset and portfolio management meramec information rpi map unconventional...

.... This project included the evaluation of three different fracture treatment designs. The interference testing provided critical insights into the relationship between fracture treatment design, well performance, and drainage area. The project consisted of a six-well pad (10,000 ft laterals) with a dedicated...

... Abstract In this study, we present how geochemical fingerprinting technology is applied to characterize key reservoir properties using cuttings, and to monitor reservoir drainage and well interaction with case studies in the Delaware Basin. Cuttings were collected in the vertical part...

... drainage permian basin landing depth horizontal well fracture scenario drillstem testing upstream oil & gas depletion contribution well 2 unconventional resource technology conference vertical well drawdown pressure drop gauge parent well landing zone URTeC: 5230 New Insights...

... will present a systematic investigation of gas-water relative permeability and hysteresis using a laboratory measurement technique developed through our previous work. A procedure of drainage and imbibition is adopted. After each step of drainage or imbibition, gas relative permeability was measured using...

... Abstract This paper extends the single well reservoir modeling concepts documented in Raterman et al. 2019 to a multiwell pilot. The analysis integrates multiple data sources to provide a holistic view of spatial drainage and interwell interference in a multiwell context. The pilot employed...

... improves drainage. Upstream Oil & Gas experiment Artificial Intelligence mineral oil imbibition enhanced recovery Fluid Dynamics sweep efficiency flow in porous media drainage matrix fracture connectivity viscosity ratio fracture fingering viscous fingering micromodel secondary...

... Reservoir Characterization fracture characterization depletion conductive fracture Upstream Oil & Gas drainage hydraulic fracturing History Match hydraulic fracture pressure data principal fracture Artificial Intelligence stimulation conductivity drawdown unconventional...

... dissolution. The effects of surface roughness on two-phase flow are currently not well understood. We conducted spontaneous and forced imbibition experiments in porous media micromodels as analogs for fracture fluid invasion. Drainage experiments were run to simulate return-of-the-fracture fluid subsequent...

... drainage significantly affects proppant transport, and a foam drainage model is proposed based on an extensive literature study. Finally, proppant placement in foam fracturing treatment in field scale is evaluated by incorporating the new settling velocity correlation and the foam drainage model...

... Abstract The reservoir drainage around horizontal wells is visualized at high-resolution using a newly developed analytical streamline simulator based on complex potentials. Drainage contours show the progressive oil recovery from the stimulated rock volume (SRV). The method plots streamlines...

... Abstract This study expands the high-resolution visualization of the drainage around horizontal wells using a newly developed analytical streamline simulator. A first case of single synthetic fractured well highlights the stagnation points occurring between the frac clusters, where drainage...

... Abstract Hydraulic fracturing plays a critical role in increasing the productivity of unconventional rock formations. A priori knowledge of fracture fluid invasion rate (imbibition) and flowback (drainage) is of great value for the assessment of ultimate reservoir-scale production...

... Abstract Characterizing vertical drainage in unconventional reservoirs developed using horizontal hydraulically-stimulated wells is a major challenge facing the E&P industry because there are few inexpensive, robust methods designed to measure vertical contributions. To overcome...